Personal flotation vest

ABSTRACT

A personal floatation device that includes a front floatation member that work in conjunction with a buoyant head stabilizing member extending from the top of the back and shoulder area, floatation placed under the buttocks to provide a comfortable and stable platform for supporting the user in a substantially horizontal position. There is a side zipper under the right side arm area to the right side leg area that allows easy installation, removal and comfort. A handle is attached to the head stabilizer member for easy retrieval from the water.

CROSS-REFERENCE TO RELATED APPLICATIONS

PPA#

FEDERALLY SPONSORED RESEARCH

Not Applicable

SEQUENCE LISTING OR PROGRAM

Not Applicable

BACKGROUND OF THE INVENTION

1. Field of Invention

This invention relates to personal flotation vest, specifically a floatation vest with improved flotation for supporting wearer in a horizontal position.

2. Background of Invention

Many personal flotation vests do not support wearer in a horizontal position and providing head support. This vest is structured for comfortable support and keeps wearers head above water level and to orient the head into a face up attitude caused by front, head flap and buttocks flotation. The United States Coast Guard (“USCG”) has established guidelines for determining the performance level of a life vest or personal flotation device (“PFD”), based on the life saving capacity of such devices. For instance, Underwriter Laboratories, Inc., which is understood by the inventor hereof to be an approved testing agency for the USGC, lists several categories of “Buoyant Devices,” in its Mar. 29, 1996 handbook entitles “UL 1123 Standard for Marine Buoyant Devices,” which is incorporated herein by reference. One of these categories is for a Type I device, also referred to as an “off-shore” PFD which is intended to turn unconscious wearers face up in the water and which is best suited for open, rough or remote water where rescue may be slow coming. There is also a Type II device, sometimes also referred to as a “near shore” PFD, which is intended to turn over unconscious persons from a face down position in the water to a position where the wearers respiration is not impeded. These PFDs are good for calm, inland water or where there is a good chance of fast rescue. Other categories of PFDs include a Type III device, which is “intended to support a conscious person in the water in an upright position [or backward position but] is not required to turn an unconscious person in the water from a face-down position where the wearers respiration is not impeded.”

Regarding infants and toddlers, PFDs must provide additional support as these children do not know how to swim and often lack the awareness to refrain from actions, which may cause the PFD to become unattached. Frightened children flail about in an attempt to regain a certain comfort zone. As a result loosely connected or fittings PFDs become partially or completed separated from the infant wearer. Further it is important for an infant PFD to turn the infant to a face up position without effort from the child. There is tendency for a PFD to “ride up” from the intended position about the torso of the wearer. This “ride up” tendency creates a situation where an inexperienced wearer is susceptible to becoming separated from the PFD. Further, the cause for the tendency to ride up is a loose fitting design. Accordingly, there remains a need for a infant toddler PFD to not only meet the lifesaving criteria of the USCG, but which supports the wearer in a face up position and is securely fastened to the body of the wearer such that the wearer may not easily be separated from. Ideally, any PFD should permit wearer freedom of movement even when immersed in water. Any such PFD should also be relatively simple in construction, inexpensive to manufacturer, and capable of enabling a person to determine easily how to don the PFD, so the period of time that it may be readily donned is short.

SUMMARY

In accordance with the present invention, this PFD to be used for infants from 6-25 lbs, (adjustments as to scale maybe used for wearers of larger dimensions and are not limited). Allows wearer to safely and quickly become face up while immersed in water and have support from the head and buttock areas to keep wearer above the water level.

DRAWINGS

FIG. 1 is a perspective view of the PFD of the present invention as worn by a wearer.

FIG. 2 is a front view with head support flap up.

FIG. 3 is a rear view

FIG. 4 is a side view

FIG. 5 is a front view with the moveable flap in the down position.

FIG. 6 is a rear view with the moveable flap in the down position.

DRAWINGS—Reference Numerals

-   10 Infant PFD of present invention -   11 Head support flap -   12 Handle strap -   13 Neck opening -   14 Right arm -   15 Right leg -   16 Left leg -   17 Left arm -   18 Side zipper, hook and loop, buttons or any other closure system -   19 Shoulder area where flap, front and rear panels are joined     together -   20 Buoyant material -   21 Front outer shell -   22 Front inner and rear inner shell -   23 Rear shell -   24 Buttocks outer shell -   25 Top of flap shell -   26 Bottom of flap shell -   27 sides and top shell

DETAILED DESCRIPTION

FIG. 1 is a perspective view of the PFD of the present invention as worn by a wearer.

FIG. 2 shows a frontal perspective view of the PFD in accordance with an embodiment of this invention. PFD 10 includes a front outer shell #21 and a inner shell #22 which is sewn together with buoyant material #20 in between. There are openings for arms #14 and #17, leg openings #15 and #16 and 1 head opening #13. There is a fast closure system #18 used such as a zipper, buttons, hooks and loops, straps etc. The head support flap #11 consists of a front shell #25, buoyant material #20 and a back shell #26 with sides #27 and a handle strap #12 attached to PFD by the shoulders are #19.

FIG. 3 shows a rear perspective view of the PFD #10. The rear panel #23 is sewn at shoulder area #19 and is joined by the fast closure system #18. There is a buttocks rear outer shell #24 and buttocks rear inner shell #22, which is sewn surrounding buoyant material #20. The handle strap #12 is sewn to flap #11. The flap #11 is sewn at the shoulder area #19.

FIG. 4 shows a side perspective view of PFD #10. This shows the head support flap #11 attached at shoulder area #19. It shows front shell #25, and rear shell #26 with sides #27, sewn together with the buoyant material #20 in between. The handle strap #12 is sewn to the top of flap #27. This view shows the front outer shell #21, front inner shell #22 and the buoyant material #20 and sewn in-between. It shows the rear panel #23 with the outer buttock shell #24 sewn with the buoyant material #20 in-between. It shows a fast closure system #18 that attaches the front shell #21 and rear shell together to hold wearer securely in PFD #10 when worn.

FIG. 5 shows a frontal and a partial side and back view. It shows the head opening #13. it has the head support flap #11 attached to the shoulder area #19. It has the arm openings #14 and #17. The fast closure system #18 is shown attaching the front outer shell #21 and the rear outer shell 23 together as a wearer would have it closed. The front outer shell #21 is shown on top of the buoyant material #20 with the inner front shell #22 sewn behind the buoyant material #20 to create a cavity for the buoyant material #20.

FIG. 6 shows the rear view with the head support flap #11 in the down position. The head opening is #13 and the handle strap #12 is sewn to the top of the head support #11. The fast closure system #18 is shown in the closed position with the front shell #21 and rear shell #23 brought together to secure wearer in the PFD #10. The legs openings are #15 and #16. The rear buttock shell #24 is sewn to create a cavity to encapsulate the buoyant material #20 around rear inner shell #22. 

1. A personal floatation device for infants comprising of: a frontal panel consisting of an inner and outer shell surrounding buoyant material, rear panel consisting of 2 parts, a lower rear panel with an inner and outer shell surrounding buoyant material, the upper rear panel consist of the continuation of said rear outer shell, a extension panel with a front, rear and sides surrounding buoyant material where by means attaches to the upper rear panel and upper front panel the again front panel and said upper rear panel have a gap allowing an opening to for users head to pass through, means of securing the again said front panel and the again said rear panel, wherein a 1^(st) fastener is connected to the length of again said front panel and the 2^(nd) fastener is connected to the length of again said rear panel, to support the user.
 2. The Personal Floatation Device in claim 1, where in a extension panel consisting if an upper, lower and edges causing a cavity with buoyant material in-between,
 3. The said extension panel is attached to the upper part of said front panel and rear panel producing an opening allowing users head to pass through
 4. The said extension panel has a strap attached to the outer most part
 5. Where by a 1^(st) fastener is connected to the length of again said front panel and the 2^(nd) fastener is connected to the length of again said rear panel to surround user when fastened
 6. The front panel consist of an outer and inner shell causing a cavity that will contain buoyant material
 7. The lower rear panel will consist of an outer and inner shell causing a cavity that will contain buoyant material and will be attached to the said again front panel in the crotch area
 8. The upper rear panel consist of the continuation of the lower rear outer shell
 9. Thereby the placement of buoyant material wherein the lower rear panel offers buoyancy of the buttocks area in conjunction with the front and extension panels to provide a stable platform in a horizontal position of user. 